This question is missing the options. I've found the complete question online. It is the following?
When the influence of the situation is _______, the consequent behavior is more likely to be a result of _______.
Select one:
a. weak; individual personalities
b. weak; external circumstances
c. strong; internal forces
d. strong; dispositions
Answer:
The correct option is letter A. When the influence of the situation is weak, the consequent behavior is more likely to be a result of individual personalities.
Explanation:
Since behavior is a product of a situation combined with the person, it is fair to think that the result may be accounted for differently according to how strong each element is. Thus, if a situation and the "sub-elements" it includes - such as the presence of others, cultural and social influences, and so on - are weak, it is only logic to assume that the element "person" will be predominant. The result behavior is, therefore, more likely to be a consequence of that individual's personality.
Well I was always told that my rights are freedom of speech worship and vote
Answer:
so i think answerof this Q is 3 hours
Ami's symptoms are likely the result of a(n) <u>allostatic</u> adjustment.
<u>Explanation</u>:
The process of maintaining homeostasis is referred to as allostasis. The environmental condition may influence the set points and boundaries of control. Allostatic load refers to increased or fluctuating endocrine or neural responses. This will result in chronic or repeated challenges that cause stress of the individual.
In the above scenario, Ami consumes heavy meal on one night. She usually skips her meal and eats very less amount of food. Sudden consumption of full meals made discomfort to Ami. Allostatic adjustment causes vomit and diarrhea in Ami.
Answer:
The correct answer is Pitch neuron.
Explanation:
Pitch neurons or pitch-selective neurnos are the ones responsible for pitch perception which is key for segregating and identifying auditory objects mostly efective in the context of music and speech by assimilating a frecuency, so in Bendor and Wang's case the neuron that responded to a specific frecuency is an example of the pitch neuron due to it's capacity to respond to a 182 Hz tone.
